Answer: Computer aided engineering(CAE) systems.
Explanation:
Computer aided engineering involves making use of computer softwares that aids production. The computer aided engineering software is used to design how product could look like, simulate the product on a computer system to determine the product's possible performance and to ensure the desired standard is met, before the design can then be used to carry out production. Computer aided engineering is commonly applied in automobile production and large buildings construction.
Answer:
The correct answer is $302.40.
Explanation:
According to the scenario, the computation can be done as:
To calculate firms' earning first we less cost of goods and total operating expenses from sales revenue:
= $3,060 - $1,800 - 600
= $660
Now we deduct the interest expense, then
= $660 - $126
= $534
Now we deduct tax rate, then
= $534 × $213.60 ( $534× 40%)
= $320.40
Now we finally deduct the dividends to get the firm's earning to common shareholder's, then
= $320.40 - 18
= $302.40
Hence, the firm's earning to common shareholder's is $302.40.
Answer: The correct answer is "Focus on congratulating the team using each individual’s name and use a more formal tone.".
Explanation: In order for the message to be more appropriate both for a subordinate and for other subordinates, the team and each individual subject should be congratulated with their own name so that they feel part of it and feel that their work is important for the team always in a formal tone that maintains respect among all.
Answer:
The correct answer is letter "C": Hierarchical.
Explanation:
Hierarchical organizations are bureaucratic entities where the decisions are taken by high-rank executives and the main instructions about how the business should be handled come from managers to employees with less command. Messages, as well, have a top-down flow. Hierarchical companies tend to be slow in their processes because the information must flow between different layers of the entity.
Answer:
$2,385,086
Explanation:
To answer this question, we need to use the present value of an ordinary annuity formula:
Where:
- A = Value of the annuity
- i = interest rate
- n = number of compounding periods
Because the interest rate is annual, it is convenient to convert it to a monthly rate.
4.5% annual rate = 0.37% monthly rate.
The number of compounding periods will be = 12 months x 30 years
= 360 months
Now, we simply plug the amounts into the formula:
You will need to have saved $2,385,086 if you plan to retire under the aforementioned circumstances.
